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Changing Heat: Direct Impacts Of Temperature On Health And Productivity - Current Risks And Climate Change Projections
Funder
National Health and Medical Research Council
Funding Amount
$277,915.00
Summary
We know that heatwaves kill people - some 50,000 died in the 2003 European heatwave - but little is known of the details. This project will discover those details, in three important dimensions: WHO is at risk, and where do they live; HOW are people at risk, e.g. from kidney failure; and just WHAT is it about heat that is most dangerous? We will then build mathematical models of the future risks, and explore what public health measures will best protect Australians in a warming climate.
Projection Of The Impact Of Climate Change On The Transmission Of Ross River Virus Disease
Funder
National Health and Medical Research Council
Funding Amount
$267,645.00
Summary
There is no doubt that mosquito-borne diseases (MBDs) are sensitive to climatic conditions. However, it remains unclear how climate change will influence the distribution and incidence of MBDs. This study aims to use an interdisciplinary and integrated approach to project the impact of future climate change on the transmission of Ross River virus disease - the most common and widespread MBD in Australia, and to provide scientific evidence for developing pulbic health adaptation policies.
Assessment Of The Impact Of Climate Variability On The Transmission Of Ross River Virus Disease
Funder
National Health and Medical Research Council
Funding Amount
$168,125.00
Summary
It is a significant scientific and public health issue to assess the potential impact of climate change on population health. As human-induced global climate change continues, questions about its possible consequences command increasing attention. Australia has a great level of climate variability. Climate zones extend from temperate areas into the tropics and the climate fluctuates over time. Also, it is predicted that Australia lies in the region where the climate pattern will be affected most ....It is a significant scientific and public health issue to assess the potential impact of climate change on population health. As human-induced global climate change continues, questions about its possible consequences command increasing attention. Australia has a great level of climate variability. Climate zones extend from temperate areas into the tropics and the climate fluctuates over time. Also, it is predicted that Australia lies in the region where the climate pattern will be affected most in the 21th century. However, little research has to date been conducted on the potential public health impact of climate variability and change in Australia. This project aims to assess the effect of climate variability on the transmission of Ross River virus infection and other vector-borne diseases which may yield important insights into the potential public health consequences of climate change.Read moreRead less
Assessing The Impact Of Solar Ultraviolet Radiation On The Immune Response To Primary Vaccination: The AusUVI Study
Funder
National Health and Medical Research Council
Funding Amount
$337,236.00
Summary
The Australian Ultraviolet Radiation and Immunity Study (AusUVI) is an innovative epidemiological study assessing the impact of naturally acquired ultraviolet radiation on the immune response to vaccination with implications for response to infection, vaccination effectiveness and rates of autoimmune disease. Human exposure to ultraviolet radiation may alter in many regions due to climate change related effects on behaviour and clothing patterns, cloud cover and other atmospheric conditions.
Climate Change And Rural Communities: Integrated Study Of Physical And Social Impacts, Health Risks And Adaptive Options
Funder
National Health and Medical Research Council
Funding Amount
$611,599.00
Summary
Rural Australia has begun to experience climate change impacts - which will increase in future. Losses in farm yields, water supplies, property, community morale and family incomes have diverse health effects. We will study the separate and joint effects of climate change and associated extreme events (e.g., bushfires) on selected health outcomes. Using integrative methods, we will clarify the main influences on health risks, their future projections, and how best to intervene to lessen risks.
Cardiac Effects Of Exposure To Melbourne Air Pollution Caused By The 2006/2007 Bushfires In Victoria
Funder
National Health and Medical Research Council
Funding Amount
$59,000.00
Summary
This project investigates whether the air pollution that was caused by the 2006-2007 Victorian bushfires, had an effect on the health of people living in Melbourne. Cardiovascular effects will be studied by looking at hospital admissions, out-of-hospital heart attacks and the associated death toll. As it is the expectation that bushfires will increase in the future it is important to determine the impact this may have. This research will inform appropriate public health strategies.
The Ecstasy Check-Up: A Multi-site Trial Of A Brief Intervention For Ecstasy Use Among Regular Ecstasy Users
Funder
National Health and Medical Research Council
Funding Amount
$458,432.00
Summary
Rates of ecstasy use have continued to rise rapidly over the past 10-15 years, particularly among young people. This is of concern, as several studies indicate that ecstasy is associated with a range of short- and long-term harms. Although many users acknowledge risks associated with ecstasy use, few users seek treatment. Therefore, the current project will aim to reduce ecstasy use and harm by providing non-treatment seeking ecstasy users with a brief motivational intervention.
Development Of Early Warning Systems For Dengue Fever Based On Socio-ecological Factors
Funder
National Health and Medical Research Council
Funding Amount
$327,402.00
Summary
Global climate change has potentially serious effects on the transmission of dengue. An early warning system (EWS) based on socio-ecological factors will be developed to examine where and when outbreaks of dengue are likely to occur and how the future dengue control strategies and prevention efforts need to be applied and strengthened in Australia. This project will provide a platform for future research on developing and implementing an EWS for dengue in the Asia-Pacific region.